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About

Mikkel Cornelius Nielsen is a robotics researcher specializing in autonomous underwater vehicles (AUVs), modular robotic systems, and multi-body dynamics. His work addresses some of the most pressing challenges in underwater robotics, particularly in the context of offshore industrial inspection and long-term autonomous operation. Nielsen's most significant contributions center on the modeling and control of reconfigurable, collaborating underwater robots. His highly cited 2017 paper on constrained multi-body dynamics (33 citations) established foundational theoretical and experimental frameworks for modular underwater robot systems. Complementing this, his work on validation and efficient modeling methodologies for reconfigurable robots further solidified the field's understanding of how heterogeneous robotic units behave when dynamically connected in underwater environments. Beyond modeling, Nielsen has made notable advances in fault-tolerant control, exploring both centralized and decentralized reconfiguration strategies for collaborating AUVs. His research on cooperative rendezvous and docking — employing Model Predictive Control and dual decomposition — demonstrates a sophisticated integration of optimization and vision-based navigation. His laser-line range sensing work additionally highlights a talent for practical, minimalistic sensor design suited to confined underwater inspection tasks. With his doctoral thesis synthesizing these threads, Nielsen has established himself as a thoughtful contributor to the growing field of intelligent, cooperative underwater robotic systems.